This paper proposes the quantitative model of software quality evaluation in application. Using Fuzzy method, we conduct qualitative evaluation on software quality.
本文从实用的角度出发，提出了软件质量评价的定性模型，并用模糊方法对其进行定量评价。
Similar to a software development process, the ADDIE model provides a general process by which the most appropriate set of quality training material can be developed to satisfy any training needs.
与一个软件开发过程相似，ADDIE模型提供了一个通用的过程，借助该过程适当的质量训练材料可以被开发以满足任何培训需要。
This article examines RUP's capability to help organizations achieve a high level of process quality, using the capability Maturity Model Integration for Software (CMMI-SW 1.1) for the assessment.
本文借助“软件功能成熟度模型集成”(Capability Maturity Model Integrationfor Soft ware (CMMI -SW 1.1))的评估功能探讨了RUP在帮助组织实现更高的过程质量中的作用。
These capabilities will serve as a model for future quality offerings that enable software delivery organizations to take full advantage of powerful new technologies.
这些能力将作为一种模型服务于未来的质量，这使得软件交付组织可以更加充分地利用强大的新技术。
The model can improve software productivity and quality, through better scheming the series of activities of software developing and testing.
该模型更好地规划了软件开发和测试的系列活动，提高了软件生产效率及其质量。
Based on the Grey system, Grey clustering model of compositive evaluation for computer software quality is put forward, and it provides scientific basis for the quantitative evaluation result.
根据灰色系统理论，建立了计算机软件质量综合评价的灰色聚类模型，为定量确评价软件质量提供了有效的方法。
The quality of a use case model is crucial for the software development based on use cases.
用例模型的质量对基于用例的软件开发至关重要。
Based on the Grey system, Grey clustering evaluation model of quality for the software engineering is built in the final acceptance stage of software engineering surveillance.
本文将灰色聚类评价理论应用于软件工程监理的验收阶段，建立了定量评价软件产品质量的灰色白化权函数聚类模型。
This paper raised a software quality evaluation model through the combination of existing software quality assurance models and software quality metrics technology.
本文通过结合现有的软件质量保证模型和软件质量度量技术，提出了一种改进的软件质量评价模型。
Based on the current software quality mathematical model, a three-dimensional model framework of software project development was analyzed.
在分析现有软件质量数学模型的基础上，提出了软件项目开发三维模型框架，建立了软件质量最优化数学模型。
The reliability evaluation model of software of quality assurance for pipe support plate manufacturing using fuzzy analytical hierarchy process is developed.
用模糊层次分析法建立了管子支撑板制造质保软件的可靠性评估模型，并以实例求解。
Application of the model makes software quality controllable and prevision, and it is useful to improve software process of software companies, thus produce high-quality software.
该度量模型的应用使软件质量具有可控性和可测性，对软件企业进行软件过程改进有很大帮助，从而开发出高质量的软件。
The reliability evaluation model of software of quality assurance for pipe support plate manufacturing using fuzzy analytical hierarchy process is developed. The solutions of an example are given.
用模糊层次分析法建立了管子支撑板制造质保软件的可靠性评估模型，并以实例求解。
The reliability evaluation model of software of quality assurance for pipe support plate manufacturing using fuzzy analytical hierarchy process is developed. The solutions of an example are given.
用模糊层次分析法建立了管子支撑板制造质保软件的可靠性评估模型，并以实例求解。
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